Pre-seed funding to recolor the world greener

Photoproduction creates medicine from waste

International agricultural research platform for sustainable food production

A microbial plastic factory for high-quality green plastic

How to upcycle low-energy light

Structural color ink: Printable, non-iridescent and lightweight

Dry-cleaning fluid becomes a synthetic chemist's treasure

Elucidating Urban "Ecosystems" and Creating Regional Diversity

Keeping Vilsmeier reagent in the flow

Successful polycarbonate synthesis using the photo-on-demand interfacial polymerization method

New method for polyurethane synthesis using fluorine compound developed jointly by Kobe University and AGC Inc.

Aiming to feed future generations without famine

Bioengineering to Achieve Carbon Neutrality

Key to Chemical Industries’ Sustainable Future?

Safe, sustainable photo-on-demand synthesis of polypeptide precursors

Bioproduction Breakthrough: New method for developing Pichia pastoris yeast strains with high productivity of useful proteins

New photocatalytic membrane that can be cleaned using light energy

Tyrosine chassis for sustainable, high-yield production of useful compounds in yeast smart cells

New eco-friendly synthesis method uses alumina as a recyclable catalyst

Green technology breakthrough

Discovery of new phenomenon a game-changer for efficient bioproduction of useful chemicals

Microalgae biofuels

New method of artificially creating genetic switches for yeast

Faster detection of photocatalyst-generated oxygen has big implications for clean energy

Successful method yielding high rate of D-lactate using cyanobacteria could revolutionize bioplastic production

New metabolic engineering strategy for effective sugar utilization by microbes successfully improves bioproduction of polymer raw materials

Novel protein positioning technique improves functionality of yeast cells

Development of ultrathin durable membrane for efficient oil and water separation

Success in metabolically engineering marine algae to synthesize valuable antioxidant astaxanthin

Fe metabolic engineering method succeeds in producing 1,2,4-butanetriol sustainably from biomass